Earth magnets are unique magnetic properties, which make them particularly useful for many different applications. A type of rare earth magnetic substance called moissanite is used extensively in modern automobile parts, and its exceptionally magnetic properties have made it a much desired metal for such functions. Rare-earth alloys are those with the maximum proportion of magnetizing components – usually iron or titanium – of any additional substance. Earth magnets have yet another advantage in that they are highly resistant to rust, which makes them great for use in ship-breaking software. The high level of resistance to corrosion means the magnets used in boat breaking require a much larger supply of rare earth alloys than would be required to be used in different applications, along with the large number of those metals used makes this a very cost-effective method of magnet fabrication.
Aside from their use in the auto industry, earth magnets are utilized widely in a number of other applications requiring powerful, durable magnets that are less expensive to produce than traditional metallic parts. These include home appliances, watches, sports equipment, health equipment, jewellery and even weaponry. The higher durability and strength afforded by rare earth magnets mean that these pieces are far more capable of holding their shape than conventional metallic pieces. This usually means that these magnets are much less costly to create, meaning that the software requiring them are also able to purchase them for a bigger overall expenditure.
Earth magnets have a number of different attributes that also make them exceptionally useful in a vast array of applications. For example, magnets using high electric resistance are more powerful than non-magnetic magnets and are often utilized to decrease the weight and energy consumption of electric vehicles. The magnetic field created by means of an earth magnet behaves like an external strong electric field, so like iron, they can also be utilized to generate power in extreme conditions. But, unlike iron, magnetized iron will get soft and twisted when placed close to a metallic surface, therefore it is not quite as effective as galvanized steel.